外挂程式在系统中显示您的自定义数据类型。
扩展架构以支持在包含的文件中自定义数据类型。
Extend the architecture to support custom data types including files.
这是一个在SOAP请求中使用用户定义数据类型的示例。
This is an example of employing user defined data types in SOAP requests.
在此系列文章的下一部分，您会学习更多的用户定义数据类型示例。
In the next part of this series of articles, you will see more examples of user-defined data types.
配置文件灵活性很强，它甚至允许将自定义数据类型用作配置文件属性。
Profiles are flexible enough to allow even custom data types to be used as profile properties.
可以使用系统编目视图来轻松地检索关于用户定义数据类型或例程的信息。
You can use the system catalog views to easily retrieve information about user-defined data types or routines. For example
最后，我简述了用户定义数据类型的主题，它是一个需要我们仔细学习的高级主题。
Finally, I briefly covered the topic of user-defined data types, which is an advanced topic that needs detailed study.
在定义数据类型和数据结构的细节之前，首先定义一个将贯穿使用于本文的术语。
Before defining the specifics of data types and data structures, let us first define a term that will be used throughput this text.
这是一种用户定义数据类型，它定义了存储在TimeSeries中的列或数据的元素。
This is a user-defined datatype that defines the columns or elements of data to be stored in the TimeSeries.
然后，该接口WSDL将导入任何相关的XSD，用于在wsdl类型内定义数据类型。
The interface WSDL then imports any dependent XSDs that are used to define data types within the WSDL types.
SOAP标准使用XML以一种体系结构中立的格式来构造数据，定义数据类型和信息。
The SOAP standard USES XML to help structure the data and to help define the data types and information in an architecture neutral format.
通过阐述产品定义数据类型，分析了汽车车身产品特点，提出了汽车车身产品定义模型。
In this paper, the author analyses the character of automobile body products by discussing the data types of product definition, and thereby proposes definitive model of automobile body product.
数据定义利用DBMS可定义数据类型及数据的存贮形式，可保证数据的完整性和一致性。
May define the data type and the data storage form using DBMS, may guarantee the data the integrity and the uniformity.
易语言自定义数据类型读写源码例程程序结合易语言内存文件的操作，实现自定义数据类型数据的读写。
Easy language custom data types to read and write source routine procedures combined with easy language to operate the memory file to achieve custom data type data read and write.
这种观点与RELAXNG 非常吻合，事实上DTLL的主要目标是为 RELAX NG定义数据类型库。
This point of view dovetails neatly with that of RELAX NG, and in fact the primary goal of DTLL is to be a means for defining data type libraries for use with RELAX NG.
对于包含用户定义数据类型的表，除非所有EnterpriseReplication节点上存在相同的UDT定义，否则不能这样做。
This cannot be done for tables that contain user-defined data types unless the same UDT definition exists on all Enterprise Replication nodes.
正如您将看到的那样，在这类实现中，Web服务将为Multimodal Architecture的生命周期API定义数据类型和Web服务操作。
As you will see, in this type of implementation the Web service defines the data types and Web service operations for the Multimodal Architecture's life-cycle API.
拥有7 个属性 —都是必需的 —它们使用XMLSchemaRecommendation 中的各种已定义数据类型（注意xs前缀）。
Has seven attributes—all required—that use various defined data types (notice the xs prefix) within the XML Schema Recommendation.
领域模型——允许为业务定义特定的数据类型。
Domain Models - Allow you to define specific data types for your business.
模式感知可以帮助管理自定义的数据类型。
BPEL使用XML模式规范来定义变量的数据类型—这个主题超出了本文的讨论范围。
BPEL USES the XML Schema specification to define variables' data types - a topic that's beyond this article's scope.
它们定义的许多数据类型可能不会跨领域使用。
Many of the data types that they define may not be of general interest.
用于在业务流程中定义的数据类型的XSD文件。
An XSD file for the data types defined in the business process.
结构化数据类型是一种用户定义的数据类型，它包含了一系列的属性，每一个属性都有一个数据类型。
A structured data type is a form of user-defined data type that contains a sequence of attributes, each of which has a data type.
您将了解如何从WSDL文件中定义的数据类型生成模式。
You will see how to generate schemas from data types defined in the WSDL file.
为组件的属性和操作定义强数据类型可以实现更加简单和准确的应用程序装配。
Defining strong data types for the properties and actions of your components facilitates easier and more accurate application assembly.
这包括表定义和数据类型等内容。
请注意，清单1中定义的数据类型是在下面的清单2中所示的WSDL文档的开头导入的。
Note that the data types defined in Listing 1 are imported at the beginning of the WSDL document shown in Listing 2, below.
跨组织定义的常用数据类型数目越大，组件的互操作性就越好。
The greater the number of common data types that are defined across the organization, the better components interoperate.
跨组织定义的常用数据类型数目越大，组件的互操作性就越好。
The greater the number of common data types that are defined across the organization, the better components interoperate.
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